Recently, rapid increase of mobile devices pushed the radio frequency (RF)-based wireless
technologies to their limits. Free-space-optical (FSO), aka optical wireless, communication …

The use of highly directional antenna radiation patterns for both the access point (AP) and
the user equipment (UE) in the emerging millimeter-wave (mmWave)-based New Radio …

Multicasting is a key feature of cellular systems, which provides an efficient way to
simultaneously disseminate a large amount of traffic to multiple subscribers. However, the …

mmWave communications have been shown to be feasible in future networks. Thanks to
their very large available bandwidth, they have captured the interest of academia and …

The design of multicast services in the fifth-generation (5G) New Radio (NR) deployments is
hampered by the directional nature of antenna radiation patterns. This complexity is further …

Multicasting is becoming more and more important in the Internet of Things (IoT) and
wearable applications (eg, high definition video streaming, virtual reality gaming, public …

The support of multicast communications in the fifth-generation (5G) New Radio (NR) system
poses unique challenges to system designers. Particularly, the highly directional antennas …

In this paper, we propose jointly optimized linear transceiver algorithms called interference
aware-coordinated beamforming (IA-CBF) for a two-cell system where each base station is …

5G Multicast Broadcast Services (MBS) are viewed as a promising 5G New Radio (NR)
application, as standardization begins in 3GPP Release 17. With MBS, one next generation …

In millimeter wave wireless networks with directional antennas, the design of efficient
multicast communications is one of the most challenging issues. In this letter, we propose an …